- Added new methods to SQLiteHandler for loading and saving companion preferences as JSON, improving data persistence.
- Introduced a migration to create a companion_prefs table for storing preferences, ensuring compatibility with existing data.
- Refactored main.py to utilize RepeaterCompanionBridge instead of CompanionBridge, aligning with the new architecture.
- Removed redundant code for building message frames based on message type.
- Introduced a new method, _build_message_frame, to streamline the process of constructing message frames, improving code readability and maintainability.
- Create a new table for storing CRC errors in SQLite.
- Implement methods to store and retrieve CRC error counts and history.
- Update StorageCollector to record CRC errors and expose relevant methods.
- Enhance RepeaterHandler to track and record CRC error deltas from the radio hardware.
- Add API endpoints to fetch CRC error count and history.
rework of docker
its ALIVE
disable :ro tag for config.yaml
leave empty line
lets open ports instead of network mode host
run as current user
run as user
nevermind
update readme with instructions
relocate docker section
- Updated the SQLiteHandler to apply a migration that prefixes companion_hash values with '0x' for consistency with room_hash patterns.
- Adjusted the main.py file to reflect the new formatting for companion_hash when generating its string representation.
- Enhanced readability by adding descriptive suffixes to packet type labels in both rrdtool_handler.py and sqlite_handler.py.
- Aligned packet type definitions with the new naming conventions from pyMC_core, ensuring consistency across the codebase.
- Changed the _get_companion_stats method to be asynchronous, improving responsiveness.
- Added a new async method _cmd_sync_next_message to handle message synchronization without blocking the event loop, enhancing performance during message processing.
- Introduced constants for response codes to streamline message handling in the CompanionFrameServer.
- Updated PacketRouter to deliver packets to all companion bridges when the destination is not recognized, ensuring better handling of ephemeral destinations.
- Refactored CompanionFrameServer to separate contact serialization and persistence logic, allowing for non-blocking database operations.
- Introduced a unique index for companion contacts in SQLite to support upsert functionality, enhancing data integrity and performance.
- Improved AdvertHelper to run database operations in a separate thread, preventing event loop blocking and maintaining responsiveness.
- Added logic to ensure that PATH and protocol-response packets are delivered to companions at most once per logical packet, preventing duplicate telemetry delivery.
- Introduced a deduplication key generation function and a mechanism to track delivery timestamps.
- Updated the enqueue method to utilize the new deduplication logic for companion bridges.
- Adjusted timeout for telemetry requests in CompanionAPIEndpoints to improve response handling.
- Simplified KISS modem setup instructions in README.md by removing unnecessary details.
- Refactored ConfigManager in config_manager.py to improve code clarity and efficiency, including changes to the save_to_file method and live_update_daemon method.
- Updated logging and error handling for better debugging and maintenance.
- Adjusted method signatures for consistency and clarity across the ConfigManager class.
- Modified device_version in frame_server.py to use FIRMWARE_VER_CODE from pyMC_core for better version management.
- Enhanced login.py and protocol_request.py with additional payload type handling and logging improvements.
- Cleaned up auth_endpoints.py for better readability and consistency in response formatting.
- Updated the noise floor retrieval method to run in an executor, preventing blocking of the event loop during the KISS modem's command execution.
- This change enhances responsiveness by allowing the process to handle other tasks while waiting for the noise floor measurement.
- Improved local transmission handling by deferring local TX when duty cycle limits are exceeded, instead of dropping packets.
- Added LBT metadata extraction and logging for better monitoring of transmission attempts and delays.
- Refactored `schedule_retransmit` to support retrying local transmissions on failure, enhancing reliability.
- Introduced a lock in PacketRouter to serialize local TX operations, preventing race conditions during packet processing.
Joshua Mesilane